Sennheiser MD 435 Handheld microphone (cardioid, dynamic) with 3-pin XLR-M - 508827

Product Overview

The Sennheiser MD 435 is a cardioid dynamic handheld vocal microphone that shares its acoustic capsule design with the MD 9235, a wireless transmitter capsule used by demanding live touring productions worldwide. An aluminum-copper voice coil provides faster transient response and more detailed high-frequency reproduction than conventional copper coil designs, translating to more nuanced vocal character on demanding stage productions. A spring-mounted capsule and hum compensation coil address handling noise and stage EMI respectively. The MD 435 connects via standard XLR-3M and requires no phantom power.

Product Description

The MD 435 derives its acoustic character from the MD 9235 capsule, a design developed for Sennheiser wireless transmitters used in professional touring and live broadcast. The aluminum-copper voice coil is lighter than a standard copper wound coil, enabling faster transient response that captures the fine articulation and harmonic overtones of lead vocalists more accurately. This upper-frequency transparency is the primary performance difference between the MD 435 and standard copper-wound dynamic vocal microphones at similar price points. The cardioid polar pattern provides reliable feedback rejection at stage monitor levels while maintaining a consistent pickup character as performers move relative to the mic axis. The large diaphragm diameter supports a full low-mid response that gives vocal sound body and weight alongside the high-frequency clarity of the aluminum-copper coil. A spring-mounted capsule isolates the transducer from body-borne noise from cable handling and stand movements. The hum compensation coil rejects EMI from stage lighting dimmers and power equipment that can create audible noise in dynamic microphone signals. No phantom power is required; the XLR-3M output connects to any standard console, stage box, or wireless transmitter base.

Key Features

• MD 9235 Capsule Acoustic Design — Shares capsule heritage with a proven professional wireless touring capsule.
• Aluminum-Copper Voice Coil — Lightweight for fast transient response and detailed high-frequency reproduction.
• Cardioid Polar Pattern — Consistent feedback rejection at stage monitor levels.
• Large Diaphragm Diameter — Full low-mid response with body and weight alongside high-frequency clarity.
• Spring-Mounted Capsule — Reduces body-borne noise from cable handling and stand movement.
• Hum Compensation Coil — Rejects EMI from stage lighting and power equipment.
• Rugged Metal Construction — Built for touring and intensive installed AV applications.

Typical Applications

• Auditorium
• House of worship
• Broadcast studio

Technical Specifications

Frequently Asked Questions

Q: How does the MD 435 differ from a standard dynamic vocal mic?

The MD 435 uses an aluminum-copper voice coil that is lighter than a standard copper wound coil. This reduces moving mass, allowing the coil to respond faster to transient information and reproduce more detail in the upper frequency range. The tonal result is a more transparent, nuanced sound that brings out vocal articulation and overtones more clearly than typical copper-coil dynamics.

Q: What is the connection between the MD 435 and the MD 9235?

The MD 435 capsule is based on the same acoustic design as the MD 9235, a capsule used in Sennheiser wireless handheld transmitters by professional touring productions. Engineers who know the MD 9235's sound from wireless applications will find the MD 435 acoustically familiar in a wired form factor.

Q: Does the MD 435 require phantom power?

No. Like all dynamic microphones, the MD 435 is passive and does not require phantom power from the mixing console.

Q: Is the MD 435 or the MD 445 the better choice for a loud stage?

For stages with very loud monitor levels, the MD 445's high-rejection super-cardioid pattern provides higher gain before feedback. The MD 435 uses a standard cardioid pattern with a wider acceptance angle, which gives more latitude for performer movement but lower feedback rejection. The choice depends on the balance between monitor level and performer movement typical for the specific production.